Using CABSORB® ZS500RW For Remediation of Thallium and Other Metal Contaminated Effluents

Society for Mining, Metallurgy & Exploration
Dan Eyde
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
13
File Size:
651 KB
Publication Date:
Jan 1, 1998

Abstract

Low levels of thallium were detected in the mine water drainages, and process water discharges of western mining and smelting operations. This required remediation under state regulatory standards, which allow discharges of no more than .0017 ppm thallium in mine water discharges. Influent streams containing thallium can be mitigated to state discharge standards after a single pass through the series of fluidized upflow columns. Test work to determine the optimal flow rates used pilot scale systems at two separate locations treating 5 - 25 gpm of effluent. The test system at the gold mine mimics the full-scale system, which will be based on the existing upflow carbon tanks that have been converted to zeolite columns. The system installed at ASARCO's East Helena smelter has a far more complex influent stream with a high loading of competing cations. Nevertheless the columns filled with CABSORB® are successfully mitigating the thallium contamination. CABSORB® ZS500RW is a product based on the sodium analog of the zeolite mineral chabazite named herschelite.
Citation

APA: Dan Eyde  (1998)  Using CABSORB® ZS500RW For Remediation of Thallium and Other Metal Contaminated Effluents

MLA: Dan Eyde Using CABSORB® ZS500RW For Remediation of Thallium and Other Metal Contaminated Effluents. Society for Mining, Metallurgy & Exploration, 1998.

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